Ceramic Metallization

Ceramic materials, which have excellent properties such as high hardness, high abrasion resistance and high corrosion resistance, but with poor electrical conductivity and weldability to limit their application. While metallization is a process of co…

Innovacera metallizes precision ceramic for military, medical, and aerospace applications. Our metallization creates a strong and robust bond to many different ceramic bodies and has nearly universal applicability for ceramic to metal brazing. Our c…

Beryllium Oxide (BeO), which is commonly referred to as Beryllia, is endowed with a virtuously unique properties of thermal, electrical, optical, and mechanical. Meanwhile, beryllium oxide ceramics also have good thermal conductivity, high flexura…

In order to achieve the bonding and brazing purpose between ceramic to metal, ceramic to ceramic, a thin metallic coating will be applied on the designated section of ceramic parts, including the inner diameter, outer diameter, the end surface, or fl…

The thermal conductivity of BeO ceramics is very high, which is comparable to that of some metal materials; it also has the advantages of high-temperature resistance, high-pressure resistance, high strength, and low dielectric loss, which meets the r…

What is Mo-Mn Metallization? The metalized layer is obtained by adding a small amount of MoMn powder and coating it on the surface of the ceramic body with a binder and sintering at high temperatures. Features: 1) High-intensity sealing, h…

Ceramic metallization is a process in which a layer of metal is deposited onto the ceramic surface to provide a wettable surface for subsequent brazing. INNOVACERA metallizes precision ceramic components for use in power grid tubes, vacuum int…